Electrical Engineering Technology- Associate Degree- Northeast Wisconsin Technical College
Use of simulation software, fundamentals of C language programming, basic logic and control, analog and digital inputs, flowcharting, motor control, objects, and PWM techniques.( Pre-requisite: 10-660-116, Introduction to AC / DC; 10-660-103 Digital 3: Registers) Course Typically Offered: Fall Spring
General Physics 1 10806154 Applications / theory of basic physics principles: problem-solving, laboratory investigation, and applications including unit conversion and analysis, vectors, translational and rotational kinematics / dynamics, heat / temperature, and harmonic motion and waves.( Prereq: 2.6 GPA & Alg 2 or equiv w / C or better; OR Next Gen Rdg score greater / equal to 263, Arith greater / equal to 250, & QRAS greater / equal to 250; OR ACT Reading greater / equal to 17 & Math greater / equal to 21; OR Coll Tech Math 1A OR Int Alg w / C or better) Course Typically Offered: Fall Spring
Calculus 1 10804198 Analyze and graph algebraic expressions, especially conic sections. Develop an intuitive understanding of limits, derivatives and integrals. Apply the derivative and the integral to certain physical problems.( Prerequisite:: Next Gen AAF score greater / equal to 276 AND Rdg greater / equal to 250; OR TABE A 9 / 10 Math greater / equal to no equiv AND Rdg greater / equal to 8.8; OR TABE 11 / 12 Math greater / equal to no equiv AND Rdg greater / equal to 573; OR ACT Math score greater / equal to 28 AND ACT Rdg greater / equal to 16; OR C or better in College Algebra & Trig w / Apps-contact academic advisor 920-498-5444). Course Typically Offered: Fall Spring
Intro to Diversity Studies 10809172 Basic American values of justice and equality by teaching vocabulary, history of immigration / conquest, transcultural communication, legal liability, multicultural majority / minority relations, ageism, sexism, gender, sexual orientation, the disabled / ADA.( Prerequisite: Next Gen Rdg score greater / equal to 250 AND Writing score greater / equal to 237; OR ACT Rdg score greater / equal to 16 AND English greater / equal to 15; OR 10-831-107, College Reading and Writing with a B or better.) Course Typically Offered: Summer Fall Spring
English Composition 1 10801136 Learners develop knowledge / skills in planning, organizing, writing, editing. Students will also analyze audience / purpose, use elements of research, format documents using standard guidelines, and develop critical reading skills.( Prerequisite: High school GPA greater / equal to 2.6; OR ACT Reading score greater / equal to 16 AND English greater / equal to 18; OR Next Gen Reading score greater / equal to 250 AND Writing score greater / equal to 260; OR " preparatory course( s)", contact academic advisor at 920-498-5444) Course Typically Offered: Summer Fall Spring
Linear Electronics 1: BJT Amps 10605160 Review the characteristics of the bipolar junction transistor and Class A, Class AB and Class B bipolar junction transistor amplifiers.( Prerequisites: 10-660-111, Electronics 2: Trans-Basic; 10-660-112, Electronics 3: Op-Amps-Basic) Course Typically Offered: Fall Spring
Linear Electronics 2: JFET Amp 10605161 Characteristics of the junction field-effect( JFET) transistor amplifier and types of commonly used field effect transistor amplifiers.( Pre-requisite: 10-605-160, Linear Electronics 1: BJT Amplifiers) Course Typically Offered: Fall Spring
Micro 2: Technique 10605164 Bitwise operations, pseudo-ops, more C programming techniques, LCD display, control logic, and continued use of simulation software.( Prerequisite: 10-605-163, Micro 1: Intro) Course Typically Offered: Fall Spring
Datacomm 1: Introduction 10605170 Introduction to fundamental communication concepts, including physical transmission media, data rate, frequency, bandwidth, sampling, quantization, modulation techniques, multiplexing, and more.( Prerequisite: 10-660-103, Digital 3: Registers) Course Typically Offered: Fall Spring
Datacomm 2: Basic Networking 10605171 introduction to basic networking, the OS Model and TC / IP layers, local area networks, wireless networks, cellular communications, and the data link layer.( Prerequisite: 10-605-170, Data Comm 1: Introduction) Course Typically Offered: Fall Spring
Calc Physics 1 Enhancement 10806158 Mathematical enhancement transforming General Physics 1( 4 cr) into Calc-based Physics 1( 5 cr). Topics include deriving fundamental kinematic equations, time-and position-varying forces, impulse, work, rotational motion, moments of inertia, simple-harmonic motion, thermodynamics.( Prerequisite: A 4-credit, Algebra-based Physics course containing mechanics and Calculus 1 at your college. Please check with your primary college for more information.) Course Typically Offered: Fall Spring
Linear Electronics 3: Filters 10605162 Review the characteristics of the passive RL, RC, RLC active filters, introduction to all types of commonly used passive and active filters.( Pre-requisite: 10-605-161, Linear Electronics 2: JFET Amps; 10-660-112, Electronics 3: Op-Amps-Basic) Course Typically Offered: Fall Spring
Micro 3: Interfaces 10605165 More C language programming for arrays, logic and control, scaling, input and output, software standards, and continued use of simulation software.( Prerequisite: 10-605-164, Micro 2: Technique) Course Typically Offered: Fall Spring
Datacomm 3: Network Protocols 10605172 Details and inner-working of network, transport, and application layers. In-depth study of protocols and services associated with each layer( Pre-requisite: 10-605-171, Datacomm 2: Basic Networking) Course Typically Offered: Fall Spring
Calculus 2 10804181 A continuation of Calculus 1( 10804198) and an introduction to integral calculus. Topics included in this course are integration methods and techniques including integration by parts and partial fractions, indeterminate forms, improper integrals. Topics also covered are infinite sequences and series including MacLaurin and Taylor Series and their convergence, L’ Hopital’ s Rule, applications of differentiation and integration, conic sections, parametric equations, polar coordinates along with vector operations in three dimensions.( Prerequisite: 10-804-198, Calculus I with a " C " or better) Course Typically Offered: Fall Spring
Advanced Circuits 10662105 Solve advanced series-parallel circuits utilizing Thevenin ' s and Norton ' s Theorems, nodal analysis, superposition, complex number-based, and other circuit analysis techniques. Also includes Ideal op-amp, threephase circuits, circuit models of sensors and actuators, laboratory, simulation, and documentation.( Prerequisite: 10-660-109, AC 3: RLC Circuits)
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